- Technical leader of the development of global riverine and pluvial flood models.- Production of high resolution flood maps at global scale for various climatic scenarios.- Design, development and maintenance of data processing and scientific computation pipelines.

- Research on the role of earthquake-triggered landslides on the carbon cycle.- Development of algorithms to model the physical and biochemical processes acting on landslide-mobilised organic carbon.- Development of data processing pipelines to extract relevant informations from numerical simulations.

- Numerical modeling of the impact of earthquakes-derived landslides on river morphodynamics at various scale (from the river reach to the mountain scale).- Development of a 1D hydrodynamic model to explore the role of floodplain vegetation on river hydrodynamics and sediment transport capacity.

Numerical modelling of the impacts of landslides on river dynamics.